MODIFICATION
69 -- Contamination Avoidance Detector Test Suite (CADTS)
- Notice Date
- 3/18/2002
- Notice Type
- Modification
- Contracting Office
- Department of the Navy, Naval Air Systems Command, Naval Air Warfare Center Training Systems Division, 12350 Research Parkway Code 253, Orlando, FL, 32826
- ZIP Code
- 32826
- Solicitation Number
- Reference-Number-CADTS
- Response Due
- 4/15/2002
- Archive Date
- 4/30/2002
- Point of Contact
- Jill Edwards, Contract Specialist, Phone 407-380-4030, Fax 407-380-4164, - Shirley Eaton, Contract Specialist, Phone 407-208-4093, Fax 407-380-4164,
- E-Mail Address
-
jill_edwards@stricom.army.mil, EatonSL@navair.navy.mil
- Description
- Amendment The CADTS project is a broad-based effort that spans the use of basic R&D concepts utilizing Commercial of the Shelf (COTS) products or modified equipment currently in existence. The Simulation, Training and Instrumentation Command (STRICOM) is seeking sources to supply information relating to CADTS and is requesting any type of literature, brochure (s) of existing COTS products or equipment with specifications, and / or white papers that discuss contractor?s capabilities to fulfill this requirement (please limit white papers to no more than two pages). The following is a list of areas of interest / needs that the Government believes to represent the critical requirements needed. Contractors may respond to any or all of the items mentioned below. Information related to CADTS in areas additional to those identified below is welcomed. This information will be used to assist the Government in the requirements development therefore we do not intend to provide feedback resulting from this request. You can mail responses to: NAWCTSD, Code 2536, 12350 Research Parkway, Orlando, FL 32826 or by e-mail to Mrs. Jill Edwards, Contract Specialist at jill_edwards@stricom.army.mil or Mrs. Shirley Eaton, Contracting Officer at eatonsl@navair.navy.mil or by fax to 407-380-4164. Please provide responses no later than 1300 hours EST, 15 April 2002. 1. Low cost, fast response time photomultipliers and photodiodes. These systems should preferably have a flat response in the 0.5 ? 1.8 micron range. 2. Ultra high speed gas chromatography detectors. High reliability and accuracy are important characteristics. 3. Fast response techniques that can determine size characteristics of aerosols and particulate in air at ultra low concentrations. 4. Fast response techniques that can characterize the diffusion properties of mixtures of aerosols and particulate in various gases at a wide range of concentrations. 5. Compact, rugged FTIR that can be transported long distances over rough terrain and require no re-alignment of the optical system. 6. Compact, rugged, automated PCR system that can be transported long distances over rough terrain. 7. Rugged aerosol sampler for pathogens that will result in increased viability, especially for vegetative bacteria. 8. High efficiency surface sampling device for pathogens. 9. Rapidly responding, inexpensive devices for continuos air monitoring (safety air monitoring). These devices should require only periodic calibration or a calibration check and have moderately high accuracy. 10. Devices capable of characterizing a gaseous environment consisting of a mixture of several components. 11. Small, portable and rugged gas chromatography instruments with ultra fast response time and low detection limits. 12. Portable system for generation of aerosol and particulate clouds to sub-PPM resolution, and size of 0.1 ? 100 micron. 13. Portable system for characterization of aerosol and particulate clouds to sub-PPM concentration, at a size of 0.1 ? 100 micron. 14. Fats IR instruments with ultra low detection limits. 15. Instruments capable of performing routine characterization (identification and amount) of surface contaminants (liquid, solid). 16. Instrument and technique for continuously monitoring chemically contaminated aerosols in real-time/near real-time. Data must be reported continually. 17. Instrument to continuously monitor low-moderate (subPPM to PPT range) vapor concentrations of one or more chemicals with fast measurement cycling (sub-minute). This technique must be capable of discriminating between different chemical vapors. 18. Portable instrument for measurement of triboelectric charges on the surface of particulate when dispersed in a cloud. 19. Brillouin scattering technique for characterizing the diffusion characteristics of particles in a cloud. 20. Portable high speed digital video system for filming diffusion in clouds of particulate and aerosols.
- Record
- SN00044436-W 20020320/020318213301 (fbodaily.com)
- Source
-
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